No matter office documents, design drawings, financial statements or personal data are all mixed together and managed in a "one-size-fits-all" manner, resulting in "important data cannot be managed", ""value data is difficult to flow ", "over-control of personal data" and other situations.
Physical isolation, DLP, VDI and other data security solutions almost all require different degrees of sacrifice of efficiency and experience to enhance security, making security and efficiency a difficult trade-off.
High-performance server clusters, additional terminal hardware equipment, and large bandwidth network resources invariably increase input costs greatly; network and security policies are complex and require a lot of manpower for maintenance and auditing, and the slightest inadvertence will lead to policy failure.
DACS realizes the data classification to separate enterprise and personal data, and divides different secure workspaces through software defined perimeter (SDP) for clearer permission management, and the data in the secure workspace cannot be sent out privately by employees, perfectly meeting the needs of enterprise data leakage prevention. DACS is easy to maintain, substantially reducing enterprise overall costs.
Isolated secure workspaces are managed by the enterprise at the terminal, which can record employee operations inside the workspace and control secure data. Employees’ operations outside the secure workspace are not affected.
Once data is in the secure workspace, it cannot be privately sent out of the workspace. Always adhering to the principles of one-way data flow (from low to high security level). Every secure workspace can also be configured with its independent security policy to achieve least privilege management.
Deep isolation between the secure workspace and terminal system. With cutting-edge microkernel technology, minimalizing effects on CPU and memory load. High execution efficiency -- no change of user operating habits.
Building encrypted tunnels between secure workspaces and servers for data transfer to prevent network eavesdropping. Secured and trusted. No extra traffic load on the server network.
Through AI-driven adaptable security engines, monitor and adjust desktop security policies to achieve adaptable protection adhering to the least privilege principle.
Client-side and server-side are connected through the access layer, allowing secure access to the enterprise network anytime, anywhere. Real-time monitoring of user-sensitive behavioral operations provides a good method of behavioral auditing.
The leading zero-trust architecture enables one deployment to achieve comprehensive data, network, and application protection effects, better data leakage prevention, and lower construction costs for enterprises.
Isolated secure workspaces are managed by the enterprise at the terminal, which can record employee operations inside the workspace and control secure data. Employees’ operations outside the secure workspace are not affected.
Once data is in the secure workspace, it cannot be privately sent out of the workspace. Always adhering to the principles of one-way data flow (from low to high security level). Every secure workspace can also be configured with its independent security policy to achieve least privilege management.
Deep isolation between the secure workspace and terminal system. With cutting-edge microkernel technology, minimalizing effects on CPU and memory load. High execution efficiency -- no change of user operating habits.
Building encrypted tunnels between secure workspaces and servers for data transfer to prevent network eavesdropping. Secured and trusted. No extra traffic load on the server network.
Through AI-driven adaptable security engines, monitor and adjust desktop security policies to achieve adaptable protection adhering to the least privilege principle.
Client-side and server-side are connected through the access layer, allowing secure access to the enterprise network anytime, anywhere. Real-time monitoring of user-sensitive behavioral operations provides a good method of behavioral auditing.
The leading zero-trust architecture enables one deployment to achieve comprehensive data, network, and application protection effects, better data leakage prevention, and lower construction costs for enterprises.
Cutting-edge technological architecture keeps data flowing under enterprise control to ensure data security
DACS has minimal effects on local computing and network resources to maximize user experience quality
Enterprise and personal data are independent and separated from each other. Respecting employee privacy
Enterprise data classification allows for clearer recognition of data lifecycle flow
Solving data leakage issues from the root, avoiding repeated construction
Simple policy settings, visualized and one-stop operation, all at a low cost
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